BEFORE PAIN SPEAKS the body is already changing compensating adapting and struggling long before pain finally becomes noticeable
Pain is rarely where the clinical story begins. After four decades in practice, the pattern is unmistakable the body has been adapting quietly sometimes for years before it decides to make noise.
The person who arrives after "throwing their back out reaching for a coffee cup" did not injure themselves reaching for a coffee cup. The reaching was, at most, the final straw an ordinary movement that happened to be the last one a system under accumulated load could absorb without complaint.
This is one of the most consistent observations you make after enough years in practice. People organise their understanding of injury around the moment pain arrives. It begins on a Tuesday morning, so it happened on Tuesday morning. But the tissues were speaking earlier in a lower register for weeks or months before that. Morning stiffness that took longer to ease than it used to. A familiar ache after long drives that didn't used to be there. A barely-noticed change in how they held their shoulder. None of it compelling enough to act on. All of it meaningful.
The body's capacity to compensate is extraordinary. Its capacity to hide the cost of that compensation is what leads people to my door.
What the nervous system does during that pre-symptomatic phase is genuinely interesting, and we understand it better now than we did twenty years ago. Movement quality changes before pain arrives. Research using trunk loading paradigms and motor control assessments has consistently shown altered recruitment patterns in people who will later report back pain altered, notably, before their first symptom. The body modifies how it distributes load, recruits muscle, and manages spinal stiffness. These are adaptive responses. In the short term, they work. In the longer term, they create their own downstream problems: local overload at different segments, reduced movement variability, accelerated fatigue.
There is now a major European study underway the STRAIN project specifically designed to map how the body's stress systems interact with musculoskeletal pain chronification over time. It examines both the autonomic nervous system and the hypothalamic-pituitary-adrenal axis, tracking how chronic psychosocial load translates into physical symptoms. The researchers are looking at groups across the pain spectrum, from acute localised pain to fibromyalgia. It is one of the most comprehensive attempts yet to understand why some people recover and others don't.
Source: STRAIN Study · ClinicalTrials.gov NCT06892977 · Recruiting 2025–2026
The clinical implication of all of this is not complicated, though it is underused. Pain is a late signal. By the time it announces itself, a great deal of adaptation has already occurred structural, neuromuscular, and often psychological. Treating only the pain, at that point, and declaring success when it settles down, misses most of the story. The harder clinical question is always: what allowed this to develop, and what still needs to change?
That question is where the most useful work happens. Not the adjustment, not the modality, but the conversation that follows about load, about movement habits, about what this person is asking of their body, and whether their body has the capacity to answer that demand indefinitely.
THE SPINE WE WERE GIVEN AND THE LIFE WE LEAD Clinical Observation · Biomechanics & Posture
A paper published in PLoS One in January 2026 traced the evolution of human spinal posture through cave paintings, agricultural-era art, and post-industrial depictions of daily life then compared what they found to existing biomechanical data on intradiscal pressure. Their conclusion: hunter-gatherer figures are consistently depicted with upright, dynamic spinal positions, while the shift toward agriculture and later industrial labour introduced sustained flexion, prolonged sitting, and repetitive loading patterns the spine was not shaped to manage efficiently.
[Source: PLoS One · Taçyıldız et al., Jan 16, 2026 · DOI: 10.1371/journal.pone.0339032]
CLINICAL REALITY CHECK: Sitting is not inherently damaging. The evidence that sustained, unvaried posture any posture is the real problem is stronger than the evidence against any single position. Use this framing to start conversations about variability and movement, not to frighten patients about their desk chairs.
What remains clinically useful is the core point the spine tolerates variety of movement far better than prolonged commitment to any single position. The practical question is whether your patients' movement diet across a full day, a full week contains enough variety to keep the system responsive. In most cases, it does not. That is the conversation worth having.
RESEARCH WATCH MAY 2026
▸ THORACIC MANIPULATION FOR NECK PAIN A January 2026 umbrella review in Healthcare assessed systematic reviews evaluating thoracic spine manipulation for mechanical neck pain. Seven reviews, 27 unique trials, nearly 1,400 participants. Short-term benefits appear real. Long-term superiority over other conservative approaches not clearly established. [Masaracchio M et al. Healthcare. 2026;14(2):240.]
▸ EXERCISE & INFLAMMATION A 2025 meta-analysis of 23 RCTs and 1,128 participants found that structured isokinetic exercise produced significantly greater reductions in CRP, IL-6, and TNF-α than general exercise across musculoskeletal pain populations. For patients walking regularly without improvement, the missing piece may be appropriate resistance load, not more of the same. [Lo CN et al. Sports. 2025;13(6):168.]
▸ CHIROPRACTIC AS FIRST-LINE CARE A 2024 systematic review (44 studies) found patients who saw a chiropractor first for spinal pain required fewer opioids, surgeries, specialist referrals, and emergency visits — with lower overall downstream costs. Most studies are retrospective and self-selection is a real confounder. The consistency across 44 studies is not easily dismissed. [Farabaugh R et al. Chiropr Man Therap. 2024;32:10.]
MOVEMENT NOTE · Weekly Practical
END RANGE IS WHERE RECOVERY LIVES
Most people move in the middle third of their available range most of the time.This is efficient, comfortable, and entirely understandable. The problem is that end-range the full extent of what a joint or segment can do is where the tissues stay healthy.
~30° Cervical rotation used in normal daily activity ~80° Full cervical rotation available in a healthy adult 50°+ Degrees of range rarely used and slowly surrendered
End-range loading is not aggressive stretching. It is the regular comfortable exploration of available motion cervical rotation to genuine end range, thoracic extension, lumbar lateral flexion taken slowly to a clear point of tissue resistance. Not pain. Resistance.
What changes when patients begin this practice consistently is notable the range often improves within days because a significant portion of apparent restriction is neurological rather than structural a learned limitation rather than a tissue one.
Use what you have or you will quietly stop having it.
Pain is rarely the beginning of the problem. It is usually the point at which adaptation finally becomes impossible to ignore.
"There is a certain peace that comes with knowing less and choosing better."
Until the next signal,
Dr Erik Rudberg
Chiropractor
Most people wait for pain. The attentive ones notice the signal.
